Schematized model of the lower Rhine River (2000-2100) - input and results
DOI: 10.4121/21763112
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Time coverage 2000-2100
Licence CC BY-NC-ND 4.0
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Input files and model results for a schematized morphodynamic model of channel response of the lower Rhine River to climate change and human intervention.
These model files are related to the manuscript Centennial Channel Response to Climate Change in an Engineered River.
Input files (for modeling tool SOBEK-RE) include:
- cross-section data, with main channel and floodplain width at each cross section (cross-sections.txt)
- initial mean bed elevation (bedlevel_ini.txt)
- initial bed surface and substrate composition per fraction (gs_ini.txt)
- boundary conditions for the reference case and (climate) scenarios: upstream water discharge, upstream sediment flux, downstream water level (#scenario#_QKoln.txt, #scenario#_BaseLevel.txt, #scenario#_SedFlux.txt)
Model results (ModelRuns_2050-2100.xlsx) include for the reference case and climate scenarios:
- Main channel bed elevation at 2050 and 2100
- Geometric mean grain size at 2050 and 2100
In addition, the field data collected by Rijkswaterstaat on bed surface grain size in the Dutch Rhine in 2020 is also included (grainsize_field_DutchRhine.xlsx). These data has been used as information to derive the model input grain size fraction content.
History
- 2023-04-03 first online, published, posted
Publisher
4TU.ResearchDataFunding
- Rijkswaterstaat, Ministry of Infrastructure and Water Management
Organizations
Delft University of Technology, Faculty of Civil Engineering and Geosciences, Department of Hydraulic EngineeringDATA
Files (21)
- 2,961 bytesMD5:
053f5b465bd8f222657f2ac641555f02README.txt.txt - 1,104,213 bytesMD5:
bda1e226128abb8fced8dddcb06e117dBC_BaseLevel.txt - 2,659 bytesMD5:
43754860c357b2cdd8c3ef4255a0a5a5BC_SedFlux.txt.txt - 13,677 bytesMD5:
213f31ec2fdfc83c62ac3a0f8d7c9ff4BedLevel_ini.xlsx - 12,493 bytesMD5:
ab0cec85c86bad04343db5122f1a0de0cross-sections.txt - 1,020,801 bytesMD5:
97f4071f660a959f936099fa23497e00GH_QKoln.txt - 1,021,280 bytesMD5:
58a9b268f23d50bee5a798b18d7e842dGL_QKoln.txt - 19,173 bytesMD5:
e9a6e99f5fb117dca9440f0da7c456degrainsize_field_DutchRhine.xlsx - 615,681 bytesMD5:
fd23c5078f3fd60127b2f4eb75559b59gs_ini.txt - 1,102,642 bytesMD5:
61171bcceb236ea2edc8f31671c7fb9dKNMI-HIGH_BaseLevel.txt - 1,106,191 bytesMD5:
7a8f8802084e6b46769baeb3ae21bfafKNMI-LOW_BaseLevel.txt - 582,680 bytesMD5:
387e7534c0b88f0e7426c3e3ff142c59ModelRuns_2050-2100.xlsx - 2,655 bytesMD5:
a5419cf1ace65868c15ff17f62d93fefQsHigh_SedFlux.txt.txt - 2,654 bytesMD5:
30fc900247484910b51eb78a476c6a23QsHighGravel_SedFlux.txt.txt - 2,680 bytesMD5:
9bca48be41a3a18a909a6dda36104cebQsLow_SedFlux.txt.txt - 1,101,592 bytesMD5:
47453900b372e334651c9f60314fef82RCP45-HIGH_BaseLevel.txt - 1,110,739 bytesMD5:
d6ba30abcc9080a20f51b06ef22abf31RCP45-LOW_BaseLevel.txt - 1,100,435 bytesMD5:
78f7e3d6c4562477e9727afe321f665cRCP85-HIGH_BaseLevel.txt - 1,020,573 bytesMD5:
d7f09e8e309ae10250e62f2e51319d81WH_QKoln.txt - 1,018,486 bytesMD5:
a1e311f7ca8387546f211d23365245ffWHdry_QKoln.txt - 1,020,848 bytesMD5:
423576ab386a5a283b52e80f594422edWL_QKoln.txt -
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